NURS FPX 6222 Assessment 2
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Quality and Safety Gap Analysis
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Capella University
NURS FPX 6222
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A quality gap/safety gap analysis in healthcare is the methodical way of comparing and contrasting the current state of affairs in the healthcare environment with the perfect one and finding out the factors of the mentioned gap and what needs to be done to bridge it. Regarding the discussion of the deficiency in integrated telehealth options, the given analytical tool is essential in situations when healthcare institutions are trying to respond to the rising needs in delivering high-quality and safety-related remote care.
The existing stage of telehealth adoption and its assimilation in the health systems has implications on a wide range of care delivery and patient needs, including access to care, care coordination, clinical processes, and health outcomes of patients (Watts et al., 2021). An overall evaluation of gaps in telehealth integration assists healthcare institutions in pinpointing certain technology, process, and culture barriers. The consideration of these barriers will allow the establishment of an efficient virtual care delivery model, benefitting both patients and providers, and preserving high safety and quality standards.
Identification of Systemic Problem
As of now, the missing linkages in telehealth abilities are a systemic problem that contributes to the quality and safety-related concerns in a general range of areas that affect patient care. The existing telehealth architecture in various healthcare facilities is normally a silo-enclosed solution, which might not be completely integrated with the primary Electronic Health Record (EHR) and other important clinical information platforms. This causes care fragmentation, which can contribute to a high level of patient safety and quality of care because, in virtual consultations with patients, clinicians do not have timely and combined access to all the necessary information about the patient.
As an illustration, in a telehealth assessment, a clinician can see neither the histories of the patient, a list of medications, the result of a diagnostic test, nor an encounter note in the same application, thereby restricting clinical decision support. This problem is caused by fragmented operations between face-to-face and telemedicine, during which essential data may be overlooked or lead to slowness in information transfer (Shaikh et al., 2022). A systematic disenfranchisement of telehealth integration does more than compromise quality of care delivery through virtual care; it also exposes patients to the proximate danger of medical errors, delayed diagnosis, and insufficient treatment, which is a danger to patient safety.
Uncertainties and Gaps
The most remarkable questions and uncertainties should be addressed when discussing the changes in telehealth integration in healthcare organizations. Among the significant issues that have not been very clear has been the ability of the various telehealth solutions to integrate effectively with the conventional electronic health record systems, and, in the process, maintain the privacy of information of the patients and comply with the provisions of the Health Insurance Portability and Accountability Act (HIPAA). It is also unclear what virtual care protocols need to be standardized and what ones have to be adjusted to various medical specialties because not all of them can be practiced safely and effectively in virtual health care (Silva & Soto, 2022).
The gaps in knowledge are considerable in several crucial aspects, including the competency levels of staff and how they need to be trained, the reliability of the telehealth delivery system, methods of virtual physical examination, interpreting data provided by remote patients, and emergency procedures in case of urgent situations when a person needs in-person care.
Barriers Contributing to the Problem
Telehealth inequity is perpetuated by a few major factors: the lack of technological capabilities, the lack of financial resources to upgrade the system, and the unwillingness to alter workflow. Such barriers may impede the major quality indicators, including having timely access to care (through measuring the wait time to visit, the rate of care transition, follow-up completion, etc.), continuity of care (through measuring the success rate of care transition and follow-up completion), and patient satisfaction particularly with the aspects related to care coordination and the communication with providers (Hoagland and Kipping, 2024). Further, the telehealth applications, which are not linked to other clinical information systems, damage clinical quality measures such as the management of chronic diseases and rehospitalization.
Proposed Practice Changes
The main practice adaptations needed to seal the gap and reach the best implementation of telehealth in healthcare organizations to promote quality and safety include the following: The first suggestion is the implementation of a one-stop solution that can be integrated with the telehealth model but can easily connect with EHRs and deliver pertinent data in a real-time environment during a teleconsultation session. It needs to be supported by the growth of evidence-based virtual care guidelines and clinical support systems devoted to virtual care visits.
Moreover, there should be a clear telehealth education of the healthcare workforce, which includes a virtual examination, remote patient follow-up and care, and acute care instructions (Anderson and Singh, 2021). The quality and safety of patient care would be further increased with such measures, such as the utilization of a structured documentation template used in virtual visits, the implementation of automated quality monitoring systems, and the periodic reporting of performance indicators. New telehealth coordination and the responsibilities to be taken in regard to the implementation, quality assurance, and compliance with the relevant legal regulations should support these changes.
Assumptions
Concerning the suggested enhancements to the telehealth integration, it must be admitted that some basic assumptions may be noted. Among them is a supposition that healthcare organizations possess sufficient financial assets and technical expertise to introduce telehealth solutions and combine them with the already implemented Information Technology (IT) systems (Velayati et al., 2021). Moreover, it is presumed that the staff of any rank will be accommodating to the new technological introductions and will be open to training to effectively utilize integrated telehealth systems and applications.
Prioritization of Practice Changes
The changes proposed in relation to the practices should be ordered and ranked in a change management plan to ease integration of the telehealth practices. The first step that ought to be made is the assessment of the readiness of the organization in the change, and the second requirement is the development of a communication plan to win the support and overcome barriers. The second stage is to change the strategic orientation towards the delivery of the integrated EHR-telehealth platform, since it is the cornerstone of all further development of technologies. This adoption will need an efficient change management framework comprising effective leadership backing, assignment of change leaders throughout the complete levels of organization, and efficient feedback systems.
The third priority encompasses the setting up of virtual care service models and clinical documentation systems, and then offering training to staff (Song et al., 2024). The organizational culture is always a main concern during each development stage, and this is achieved by conducting regular check-ins, town hall meetings, department meetings, and feedback. These discussions assist in solving problems, reducing problems, and praising the achievements. The final step is expected to be dedicated to the progress of the quality assurance systems and measurements, with the feedback of the staff and patients contributing to the constant renewal or revision of the processes and protocols.
Rationale
The priority sequence in question is informed by established principles of change management, which highlight the need to address people first and then move on to techniques. Organizational preparedness and thorough communication strategies are the first steps in engaging the stakeholders and reducing resistance, which are the two major factors reported to define the success of Health Information Technology implementation among healthcare organizations (Rajamani et al., 2021). The latter will also ensure that the next stages will be based on well-laid foundations and structures, and the potential threat posed by telehealth implementation is reduced, thereby enhancing the likelihood of its successful adoption.
Culture of Quality and Safety
The current and proposed practice changes to integrate telehealth can begin, enable, or strengthen a culture of quality and safety with an acknowledgement of the role of transparency to succeed in various ways. Use of a single-source, multi-disciplinary, web-based, telehealth system saves time and not only offers structure to the organization but also reduces variability in the interactions between virtual patients. As a result, clear visibility of performance outcomes and possible safety concerns or areas of improvement is ensured as the documentation processes are well defined, and quality measures are effective.
Publication of performance data, its successes, and areas requiring improvement displays a sense of organizational dedication to quality enhancement and develops trust in stakeholders (Shamsabadi et al., 2022). The feedback provided by patients, their reports of safety events, and outcome data are presented and shared with all the team members in this system to promote quality improvement as a group effort. Moreover, staff training, dedication, and the incessant supply of education are other contributions to the organization’s commitment to safety culture and the constant chance to deliberate on challenges and learn in feedback meetings and quality improvement meetings.
Evaluation Criteria
When evaluating a quality and safety culture in telehealth integration, there are a number of tangibles that can be considered. The KPIs can include the rate of negative events in virtual interactions, compliance with formal telehealth guidelines among the staff, documentation of close-call incidents in virtual care delivery, and results of regular staff perception surveys on the culture of safety in the framework of telehealth practice (Hilty et al., 2021). Furthermore, they should also refer to the number of personnel engaged in quality improvement initiatives, the total success rate of the required training in telemedicine, and the satisfaction rates of patients with virtual care visits.
Impact of Organizational Culture
The implementation of telehealth and associated quality and safety implications can be improved or impeded by a number of factors, such as cultural and hierarchical factors occurring in organizations. This is likely to happen in healthcare organisations where traditional bureaucratic frameworks are common and authority to make decisions is usually concentrated in senior managers, with the involvement of fewer employees. The safety issues related to telehealth might not be properly reported to the management since the management structure fails to promote subordinates to express their ideas and report issues.
Furthermore, companies that are used to sizable departmental organization might face challenges with effective coordination of telehealth between the specialties since they take different approaches that can result in the emergence of higher risks (Tewksbury et al., 2021). The resistance to the change in the organizational culture can be manifested in passive non-observance of new telehealth regulations or reluctance to accept virtual health care. Such cultural barriers may affect undesirable results directly by introducing delays in safety measures, inconsistency in the implementation of integrated systems, and disclosure of quality concerns.
Assumptions
The literature of organizational culture and telehealth integration demonstrates a very important assumption: the avoidance of telehealth was mainly caused by fear of technology, and not by the idea that it does not match their professional identity and their style of practicing medicine. The other important assumption is the idea that universal protocols will be applicable in any virtual care environment and in patients of all populations and clinical specialties (Gajarawala & Pelkowski, 2020). So, an unspoken belief is that the enhancement of the technological aspect must automatically lead to the improvement of the quality and safety indicators without analyzing even deeper organizational and procedural aspects.
Changes to Organizational Functions
The concept of change management in telehealth is grounded on the fact that the clinical functions, processes, and behaviors that change directly affect the safety and quality of virtual care delivery. The capability to integrate one, smooth platform with the current EHR systems is also justified by the fact that in the past, studies conducted have proven that clinicians are more prone to make a proper choice when comprehensive information about a patient is readily available during virtual visits. Formal recommendations of virtual visits are also important to develop since they assist in excluding variability in care delivery and ensuring high-quality interactions in telehealth.
Patient safety outcomes are directly related to provider competency in the staff members, and thus compulsory staff training programs are justified in a virtual care setting (Mishra and Sharma, 2022). Effective coordination of telehealth systems develops an orderly documentation procedure that simplifies the recognition of safety issues and application of prompt solutions. One more reason why a telehealth coordination team should be created is the necessity to have constant supervision and urgent action on the quality concerns.
Gaps and Missing Information
The following are some of the research questions that were identified when taking into account the implementation of the integrated telehealth capabilities: The first research gap is associated with the fact whether the virtual care delivery can be linked to the changing patient outcomes in the long-term and across specialties and populations, in particular patients with complicated or multiple comorbidities that usually need to be managed in a multidisciplinary fashion (Silva & Soto, 2022).
It remains unclear as to what the best ratio between remote and face-to-face care is and especially in the case of patients with complicated health issues or those who have to undergo regular physical check-ups. Among the new issues are the ways of conducting physical assessments remotely and the competence of the tele-diagnostic evaluation compared to the face-to-face diagnosis. Also, limited studies contrast sustainable ROI on full-spectrum telehealth adoption and its impact on healthcare resource allocation.
Conclusion
Although telehealth is the foundation of the contemporary healthcare system, there are considerable disparities between the existing practice of telehealth implementation and the best practices required to guarantee safe and quality patient care. This review shows that effective implementation of telehealth involves the use of a complex strategy that integrates an improved technology platform, organizational restructuring, evidence-based practice, and continuous staff training. Although these gaps and questions are yet to be addressed, in particular, the long-term effect of such changes and the most effective means of providing virtual care, the offered practice changes, and the priority implementation plan provide a clear roadmap to follow.
For the 4th and 5th assessment for this class visit: NURS FPX 6222 Assessment 4, NURS FPX 6222 Assessment 5
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NURS FPX 6222 Assessment 2
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References for
NURS FPX 6222 Assessment 2
Below are the references for NURS FPX 6222 Assessment 2:
Gajarawala, S., & Pelkowski, J. (2020). Telehealth benefits and barriers. The Journal for Nurse Practitioners, 17(2), 218–221. https://doi.org/10.1016/j.nurpra.2020.09.013
Hilty, D. M., Crawford, A., Teshima, J., Nasatir-Hilty, S. E., Luo, J., Chisler, L. S. M., Gutierrez Hilty, Y. S. M., Servis, M. E., Godbout, R., Lim, R. F., & Lu, F. G. (2021). Mobile health and cultural competencies as a foundation for telehealth care: Scoping review. Journal of Technology in Behavioral Science, 6. https://doi.org/10.1007/s41347-020-00180-5
Hoagland, A., & Kipping, S. (2024). Canadian Journal of Cardiology, 40(6). https://doi.org/10.1016/j.cjca.2024.02.014
Mishra, V., & Sharma, M. G. (2022). Health Policy and Technology, 100684. https://doi.org/10.1016/j.hlpt.2022.100684
Rajamani, S., Hultman, G., Bakker, C., & Melton, G. B. (2021). Learning Health Systems, 6(3). https://doi.org/10.1002/lrh2.10299
Shaikh, M., Vayani, A. H., Akram, S., & Qamar, N. (2022). Health Informatics Journal, 28(2). https://doi.org/10.1177/14604582221099828
Shamsabadi, A., Pashaei, Z., Karimi, A., Mirzapour, P., Qaderi, K., Marhamati, M., Barzegary, A., Fakhfouri, A., Mehraeen, E., SeyedAlinaghi, S., & Dadras, O. (2022). Health Science Reports, 5(2). https://doi.org/10.1002/hsr2.557
Silva, I., & Soto, M. (2022). Privacy-preserving data sharing in healthcare: An in-depth analysis of big data solutions and regulatory compliance. International Journal of Applied Health Care Analytics, 7(1), 14–23. http://norislab.com/index.php/IJAHA/article/view/39
Song, M., Elson, J., & Bastola, D. (2024). A review of digital age transformation in the past 25 years (1999-2023): Enhancing patient-physician health communication model (Preprint). Journal of Medical Internet Research. https://doi.org/10.2196/60512
Tewksbury, C., Deleener, M. E., Dumon, K. R., & Williams, N. N. (2021). Practical considerations of developing and conducting a successful telehealth practice in response to COVID‐19. Nutrition in Clinical Practice, 36(4), 769–774. https://doi.org/10.1002/ncp.10742
Watts, P. I., McDermott, D. S., Alinier, G., Charnetski, M., Ludlow, J., Horsley, E., Meakim, C., & Nawathe, P. A. (2021). Healthcare simulation standards of best practiceTM simulation design. Clinical Simulation in Nursing, 58, 14–21. https://doi.org/10.1016/j.ecns.2021.08.009
Professor to choose for
NURS FPX6222
Dr. Kristine Broger
Dr. Ami Bhatt